TC-62.500MDD-T

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Introduction to Oscillators

An oscillator is a device, circuit or system that generates a repetitive or quasi-periodic signal either in the frequency or time domain. In either case, the signals generated by an oscillator can be used for a variety of purposes, including signal synthesis, radio transmission and reception, clock generation, and in many other applications.

TC-62.500MDD-T Oscillator

The TC-62.500MDT-T is a Temperature Compensated Crystal Oscillator (TCXO) with a range of frequency offerings from 1.45 MHz to 60 MHz. It is a low jitter, low noise oscillator that is designed to bring the most accuracy and stability to applications requiring precision in time and frequency. It is optimized to provide a design solution balance of precise performance, power consumption and cost. The TC-62.500MDT-T is also designed to be an optimal solution for applications such as IEEE-1588 synchronization, 3G and 4G wireless carriers, cell phones, modems, telecommunication testers and other networking applications that require a reliable signal source.

Application Field and Working Principle of TC-62.500MDD-T Oscillator

The TC-62.500MDT-T oscillator can be used in a broad variety of applications. Its robust performance and stability in a variety of temperatures and frequencies makes it a popular choice for many applications, such as: Power Supply Monitors, Server Motherboards, LTE and WiFi Base Stations, Telecom Network Equipment and Test/Measurement Equipment.

The TC-62.500MDT-T device operates by converting a small electrical signal into a large frequency signal (also known as frequency synthesis). This is accomplished by using a piezoelectric crystal that is oscillating at its resonant frequency. This oscillating frequency is then directly connected to the output of the oscillator. This signal is fed to a voltage controlled oscillator (VCO) and amplified to the desired frequency, which can range from 1.45 MHz to 60 MHz.

The device also uses an internal temperature compensated crystal, which is used to compensate for variations in frequency caused by changes in temperature. This crystal is designed to sense the exact temperature inside the oscillator, and adjust its resonant frequency accordingly. This ensures that the TC-62.500MDT-T oscillator operates at the same frequency regardless of the external environmental conditions.

In addition, the device uses an on-chip crystal filter which is designed to further reduce any unwanted jitter or false signals. This filter filters out any unwanted spurious signals in the form of higher noise from the oscillator output. By combining all these components together, the TC-62.500MDT-T oscillator provides the highest levels of precision and stability for a wide variety of applications.

Conclusion

The TC-62.500MDT-T oscillator is a powerful and reliable oscillator with a wide range of frequencies available. It has a design balance of precise performance, power consumption and cost that makes it an ideal solution for many applications. Its on-chip temperature compensation, crystal filter and low jitter characteristics make it the ideal choice for a variety of precision timing and frequency synchronization applications.

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